Sea-level changes offer an independent record of dramatic Jurassic and Cretaceous episodes when the solid Earth may have ...

For decades, retail traders have operated at an information disadvantage, often trying to interpret stock price movement ...

Spatial transcriptomics can reveal where thousands of genes are active across a tissue, creating molecular maps at single-cell resolution. But comparing two such maps is difficult: thin slices of ...

An international team of physicists has developed a new method for determining the precise color of laser light using an ...

Understanding the spatial pattern of agricultural cultural heritages (ACHs) is the prerequisite and foundation for their innovative and development. Based on GIS technologies, this paper analyzes the ...

A new AI tool that analyzes MRI scans in fine detail reveals that the human brain does not age evenly. Some regions appear to age faster than others, with these differences becoming more pronounced in ...

Spatial computing needs richer input than pinch and swipe. ASL offers a model for spatial, expressive interaction—if companies build it with Deaf communities.

Pokémon Go scans now guide Coco Robotics delivery robots through city streets, raising real questions about bystander privacy ...

New research shows how natural patterns in coastal meadows redistribute salt stress, helping vegetation remain productive under increasingly saline conditions. Such a mechanism can enhance the ...

Researchers report AI spatial analysis of H&E slides can better predict pancreatic cancer recurrence risk than volume-based methods.

A NIOZ-led study published in Science Advances reveals that hummock-hollow patterns in coastal saline meadows naturally shift salt away from vegetated areas, boosting plant biomass, seed production, ...